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2.3 Control and Design Challenges for Synchronous Rectifiers: Noise, Bias & EMI

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描述

2018年 2月 14日

This training series explains how to achieve efficiency improvement and presents design criteria for selecting a suitable SR MOSFET, balancing between conduction and switching losses. This video explores design challenges related to noise, bias and EMI.

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This course is also a part of the following series

同期整流器の制御および設計の課題（英語）

Date: 八月10日2018年

2.3 Control and Design Challenges for Synchronous Rectifiers: Noise, Bias & EMI

描述

其他資訊

This course is also a part of the following series

1Survey of resonant converter topologies (5)

1.1 Two- and Three-Element Resonant Converter Fundamentals

1.2 Basics of Resonant Converter Topologies and LLC Series Converter

1.3 Applications of Resonant Converters to Wide I/O Voltage Ranges

1.4 Design Challenges in Resonant Converters

1.5 Review of Resonant Converter Topologies

2Control and design challenges for synchronous rectifiers (3)

2.1 Control and Design Challenges for Synchronous Rectifiers: Fundamentals & Control Methods

2.2 Challenges for Synchronous Rectifiers: MOSFET selection, Operation & Continuous Conduction Mode

2.3 Control and Design Challenges for Synchronous Rectifiers: Noise, Bias & EMI

3Comparison of GaN and silicon FET-based active clamp flyback converters (3)

3.1 Fundamentals of the Active Clamp Flyback Converter Topology

3.2 Impact of Nonlinearity on Active Clamp Flyback Converters

3.3 Analysis and Design of an Active Clamp Flyback Power Stage

4Power solutions for Class-D audio amplifiers (4)

4.1 Introduction to Power Solutions for Class-D Audio Amplifiers

4.2 Impact of Power Supply on Audio Performance

4.3 AC/DC Power Solutions for Class-D Audio Amplifiers

4.4 Power Solutions for Class-D Audio Amplifiers in Automotive Applications

5Common mistakes in DC/DC converters and how to fix them (3)

5.1 Common Mistakes in DC/DC Designs: Basics of Buck Converters, Converter Capabilities & Part Selection

5.2 Common Mistakes in DC/DC Designs: Component Selection and Feature Settings

5.3 Common Mistakes in DC/DC Designs: Board Layout and Measurement Techniques

6Considerations for measuring loop gain in power supplies (4)

6.1 Introduction to Measuring Loop Gain in Power Supplies

6.2 Measuring Loop Gain in Power Supplies

6.3 Testing Loop Gain in Power Supplies

6.4 How Connections Affect Loop Gain in Power Supplies

2.3 Control and Design Challenges for Synchronous Rectifiers: Noise, Bias & EMI

描述

其他資訊

This course is also a part of the following series

1Survey of resonant converter topologies (5)

2Control and design challenges for synchronous rectifiers (3)

3Comparison of GaN and silicon FET-based active clamp flyback converters (3)

4Power solutions for Class-D audio amplifiers (4)

5Common mistakes in DC/DC converters and how to fix them (3)

6Considerations for measuring loop gain in power supplies (4)

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